It is based on the 8 nm LPP (Low Power Plus) FinFET process and is an evolution from the 10 nm Exynos 9810.

The new processor layout is a little different from last year, with something similar to the Kirin 980 with two ultimate processing power, two Cortex-A75 cores for performance and a third cluster of four Cortex-A55 units for efficiency.

The company said the new configuration has intelligent task scheduler to boost multi-core performance by 15% from the previous Exynos. The single-core results would be up to 20% and provide 40% power efficiency.

The LTE-Advanced Pro modem is another step towards 5G chipsets with 2 Gbps downlink speeds but this is not a 5G chipset yet.

The new Mali-G76 GPU should deliver a 40% performance boost or 35% power savings, allowing longer usage of VR and AR applications. The NPU is a separate unit that would make any AI processes about seven times faster. In practice, it should help the camera to adjust the settings to the surrounding or objects in focus to provide better information.

The new chip will be ready for mass production before the end of the year, and we will certainly see it in the Galaxy S10 which is typically launched at MWC in February.

Samsung Exynos 9820 vs HiSilicon Kirin 980 vs Snapdragon 845

So how does the new Exynos 9820 fair up against the competition? Below is a table of comparison specs, it is hard to get specifics of everything as the companies have no released all the data.

At this point, it is a bit unfair comparing the Snapdragon 845 to the others, but until the Snapdragon 8150 is released its the only comparison that can be done with Snapdragon.

This year is the first time Samsung has included a dedicated AI processor, but this could fall short on performance of the dual NPU in the Kirin 980.

At the moment the other main comparison worth noting is that Samsung has a dual custom Exynos performance cores running at unknown speeds but then drops down to Cortex-A75 for its middle cores. Whereas the Kirin 980 uses Cortex-A75 for both the performance and middle cores but just drops the clock speeds. As we don't know the specification of the Exynos cores it would be difficult to compare processing power between the two chips, it could be that the Exynos cores are far more powerful and efficient than the Cortex-A75, and they don't need to rely on the A75 performance for its middle cores.

On the graphics side of things, the Exynos appears to have a superior GPU using the Mali-G76 MP12 vs Mali-G76 MP10 in the Kirin 980.

About The Author

I am a UK tech blogger and have been in the industry for over 10 years now running Mighty Gadget, its sister sites and contributing to other sites around the web. I am passionate about all tech including mobile, wearable, and home automation. I am also a fitness fanatic so cover as much fitness tech as possible. Follow me on Strava

Affiliate Disclaimer

Please note that when possible if I link to an Amazon product or another retailer, I will use an affiliate link. This helps me cover the cost of running the site and does not affect my review of the product. I will always do my best to link to the cheapest option though I would always recommend looking around yourself as my prices don’t get updated often.